/// <summary>
/// Converts note data into .mn file-compatible format.
/// </summary>
/// <param name="noteData">The note data to convert.</param>
/// <returns>Converted note data.</returns>
private List <string> WriteNotes(SongParser.NoteData noteData)
{
List <string> _fileDataNotes = new List <string>();
string _currLine = "";
_currLine = "#NOTES:";
_fileDataNotes.Add(_currLine);
int _barCounter = 1;
foreach (List <SongParser.Notes> bar in noteData.bars)
{
_currLine = "// measure " + _barCounter;
_fileDataNotes.Add(_currLine);
foreach (SongParser.Notes note in bar)
{
// _currLine = note.bottom.ToString() + note.middle.ToString() + note.top.ToString();
_currLine = (Convert.ToByte(note.bottom)).ToString() + (Convert.ToByte(note.middle)).ToString() + (Convert.ToByte(note.top)).ToString();
_fileDataNotes.Add(_currLine);
}
_currLine = ",";
_fileDataNotes.Add(_currLine);
_barCounter++;
}
_fileDataNotes[_fileDataNotes.Count - 1] = ";";
return(_fileDataNotes);
}
/// <summary>
/// Records the song.
/// </summary>
private IEnumerator Record()
{
// Debug.Log("Recording begun.");
noteData = new SongParser.NoteData();
noteData.bars = new List <List <SongParser.Notes> >();
while (audioSource.isPlaying)
{
// float _timeOffset = 10.0f / (noteSpeed / Time.deltaTime);
// songTimer = audioSource.time;
//if (!canRecord && songTimer - _timeOffset >= (barExecutedTime - barTime))
//{
// canRecord = true;
//}
// Debug.Log(songTimer - _timeOffset);
//if (!isRecordingBar && (songTimer - _timeOffset >= (barExecutedTime - barTime)))
//{
// Debug.Log((songTimer - _timeOffset) + " >= " + (barExecutedTime - barTime));
// StartCoroutine(RecordBar());
// barExecutedTime += barTime;
//}
if (!isRecordingBar)
{
StartCoroutine(RecordBar());
}
yield return(null);
}
songData.noteData = this.noteData;
SongWriter _songWriter = new SongWriter();
_songWriter.Write(songData, targetPath);
promptText.text = "RECORDING FINISHED";
yield break;
}
// Update is called once per frame
void Update()
{
if (Input.GetKeyDown(KeyCode.Space))
{
SongParser.Metadata _tempSongData = new SongParser.Metadata();
_tempSongData.title = "JOURNEI";
_tempSongData.subtitle = "";
_tempSongData.artist = "Hans";
_tempSongData.bannerPath = "";
_tempSongData.backgroundPath = "";
_tempSongData.musicPath = "JOURNEI.mp3";
_tempSongData.offset = 0.0f;
_tempSongData.sampleStart = 97.33f;
_tempSongData.sampleLength = 10.58f;
_tempSongData.bpm = 125;
SongParser.NoteData _tempNoteData = new SongParser.NoteData();
List <SongParser.Notes> _tempBar = new List <SongParser.Notes>();
SongParser.Notes _tempNotes = new SongParser.Notes();
_tempNotes.bottom = 0;
_tempNotes.middle = SongParser.NoteType.Air;
_tempNotes.top = 0;
_tempBar.Add(_tempNotes);
_tempNoteData.bars = new List <List <SongParser.Notes> >();
_tempNoteData.bars.Add(_tempBar);
_tempSongData.noteData = _tempNoteData;
SongWriter _songWriter = new SongWriter();
_songWriter.Write(_tempSongData, Application.persistentDataPath);
Debug.Log("Song should be written now.");
}
}
// iniatialises variables and sets arrow speed
public void InitNotes(SongParser.Metadata newSongData)
{
songData = newSongData;
isInit = true;
// Debug.Log("isInit set to: " + isInit);
// estimate how many seconds a single 'bar' will be in the
// song using the bpm in song data
// Debug.Log("BPM: " + songData.bpm);
barTime = (60.0f / songData.bpm) * 4.0f;
Debug.Log("barTime: " + barTime);
distance = originalDistance;
// Debug.Log("distance: " + distance);
// TO-DO: Integrate note speed into song data
// how fast the arrow will be going
if (noteSpeed <= 0.0f)
{
noteSpeed = 0.05f;
}
// noteSpeed = 0.009f; // TEMPORARY MAGIC NUMBER
noteData = songData.noteData;
}
